Chemistry, B.S.

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Chemistry Degree

化学学位为学生在制药行业的职业生涯做准备, oil, health care, 更多的是通过严格的课堂和研究经验.

Why Study Chemistry at Keystone College?

Connect one-on-one with faculty, fellow students, 和其他专业人士通过课堂教学, hands-on learning, and internships:

探索分析化学、有机化学、无机化学和物理化学的基础课程.
为从事研发工作做好准备, engineering, the allied health sciences, law and policy, and business.
获得美国化学学会(ACS)概述的学位要求.
获得研究化学系统的实际分析和仪器经验.

在支持的环境中获得个性化的关注和一流的指导;

我们的“通往立博客户端app下载”发展计划将指导您在Keystone度过您的时光.
92% of students receive financial aid.
Over 150 scholarships are awarded yearly.

Contact

Dr. Jessica Faux
Program Director of Wildlife Biology
570-945-8405
NSM@bukpm.com

Program

Semester Map, BS (129 Credits)
Checklist
Minors
College Catalog
Tuition & Financial Aid

Program Goals

展示在特定内容知识方面的能力.
运用科学方法解决具体的科学问题.
展示实验室技能，实验室安全和实验室技术的能力.
Demonstrate competency in academic technology, including but not limited to writing technology, analysis technology, presentation technology, and bioinformatics technology.
评估和阐明研究和实验室实验的结果.
运用数学公式分析定量和/或定性的科学数据.
Design and implement an original research study; collect and analyze data; and draw conclusions based on data collected.

Exceptional experiences.
Giant outcomes.

14:1

Keystone student-to-faculty ratio

6%

increase in jobs over the next 10 years

$80,680

Median annual salary for chemistry careers

What can I do with a Chemistry degree?

化学课程将为学生准备传统的化学导向行业, such as the oil and gas, energy, defense, environmental, materials, forensics, medical, and pharmaceutical industries, 以及需要化学专业知识的软领域(如.e. law, public policy, medicine, and public health).

Employers

Dow Chemical
Guthrie Health Care
Merck
Regeneron Pharmaceuticals
Sanofi Pasteur

Career Options

Biochemist
Chemical Engineer
Environmental Scientist Laboratory
Researcher
Stereochemist

Chemistry Degree Student Conducting Research

从实习和体验式学习机会到旅行和会议, 你将有很多机会进行现实世界的体验, 在你选择的领域与你的同伴和导师一起工作, 并直接学习在现实世界中取得成功的最新技能.

Research

通过广泛的课堂教学，参与化学科学的基础体验, guided laboratory experiences, and independent research experiences.

Internships

通过实践学习和实习与专业人士联系，如:盖辛格卫生系统, Sanofi Pasteur, and Merck.

Learn about internships

Connections

化学学位学生参加个人项目, observe group demonstrations, 参加美国化学学会会议和其他短途旅行.

Follow KCBPS on Social Media!

Chemistry Degree Projects in Action!

Synthesis of Pigments For Oil Paints

Katie Gogolen ’22, 法医生物学和化学双学位, and a Chemistry Club member, 在实验室合成颜料，生产出不同颜色的油画颜料. 她用这些颜料开发了白色和普鲁士蓝油画颜料，然后创作了上面的画.

Learn about Katie's project

Chemistry and Forensic Biology major, Katie Gogolen, 获得了2022年卓越法医生物学和卓越研究奖，也是荣誉学者项目的毕业生.

为了一个荣誉项目，我在实验室里合成颜料，并用它们来制作油画颜料. 我把硫酸铁(ii)和亚铁氰化钾溶液混合在一起，制成了普鲁士蓝漆. 我把颜料晒干，磨成细粉，和亚麻籽油混合在一起. 我把氧化钛和亚麻籽油加在一起，制成了白色的油漆. 我在画布上涂上了颜料，用我制作的颜料来跟随鲍勃·罗斯的教程《立博平台》.

我喜欢Keystone的化学系，因为它提供了学习各种化学的机会, 我最喜欢的是法医化学，因为我也是法医生物学专业的. 学习化学开阔了视野，也带来了很多工作机会.

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染料敏化太阳能电池中藻蓝蛋白的电位

Jacob Magdon ’22, 他是化学专业的毕业生，也是化学俱乐部的主席, used phycocyanin, a pigment extracted from spirulina, 提出了在染料敏化太阳能电池中利用藻蓝蛋白的新方法.

Learn about Jacob's project

Jacob Magdon, a 2022 Chemistry graduate, won the Excellence in Chemistry, Excellence in Research, and the Thomas G. 库皮拉里物理科学优秀奖.

染料敏化太阳能电池中藻蓝蛋白的电位

For my project, I used phycocyanin, a pigment extracted from spirulina, 提出了在染料敏化太阳能电池中利用藻蓝蛋白的新方法. This new method complexed TiO₂ and phycocyanin without the need for Nano-TiO₂. 在斯克兰顿大学扫描电子显微镜的帮助下对溶液进行了分析. Determined that the method was successful, 将该溶液涂覆在掺杂fto的玻璃反电极上，用碘化物制成染料敏化太阳能电池. 采用最大功率转换效率，高达26.91% was found, with an average of 14.34%. 与工业平均水平相比，太阳能电池需要工作的规模大了9倍.6%，差异有统计学意义，p值为0.0468. Jacob Magdon Project